Pulsar hog-hunting guide
Sounder control rewards a wide field of view, strong thermal sensitivity, fast tracking and a rail-ready housing—not simply the longest detection range or the largest sensor.
Built for sounder work
The recommendation
Best overall performance: Thermion 2 LRF XL60
If price and a 30 mm scope-ring setup are acceptable, the Thermion 2 LRF XL60 is the strongest overall hog-hunting optic in the current Pulsar lineup. Its 2.5× base magnification and 20.5-meter field of view at 100 meters remain wide enough for sounder work, while its 1024×768 sensor, 12 µm pixel pitch, 50 Hz refresh rate and sub-35 mK sensor NETD provide substantially more image information than lower-resolution alternatives.
Best overall performance
Thermion 2 LRF XL60 for maximum image detail, wide field of view and integrated ranging in a conventional 30 mm scope body.
Best rail-mounted option
Talion XG35 for a compact monoblock housing, 2× base magnification and the widest field of view in the Talion family.
Best for difficult humidity
Talion XQ35 PRO when thermal sensitivity matters more than resolution in fog, rain and warm low-contrast conditions.
Quick picks
Best Pulsar thermal optics for hog hunting
Each recommendation represents one current Pulsar family: compact rail-mounted performance, integrated rangefinding, scope-ring setups or preserving an existing day scope.
Talion XG35
A 640×480 sensor, 2× base magnification and the widest field of view in the Talion family.
Explore Talion
Trail 3 LRF
Integrated 1,200-meter laser rangefinding and ballistics for large fields and deliberate longer shots.
Explore Trail 3
Thermion 2 LRF XL60
A 1024×768 sensor, 2.5× base magnification and 20.5-meter field of view in a conventional 30 mm scope body.
Explore Thermion 2
Krypton 2
A compact front attachment for hunters who do not want to dedicate a rifle permanently to thermal.
Explore Krypton 2Start with the work
What makes hog hunting different
Hog control is not deer hunting after dark. The target, terrain and shooting sequence create a different set of optical priorities.
The target is a group
Feral hogs move in sounders. The scope must preserve awareness of the whole group instead of isolating one animal.
The sequence is sustained
After the first shot, hogs may mill before scattering. Reacquisition and smooth tracking matter more than extreme magnification.
The hunting is mobile
Field edges, feeders, creek bottoms and large properties keep hunters moving. Weight and balance become performance variables.
Ranges are usually shorter
Many Southern hog shots occur inside 150 yards, with encounters inside 75 yards common. Too much base magnification works against the hunter.
The climate is difficult
Warm ground, humidity and fog compress thermal contrast. Sensitivity may matter more than raw pixel count.
The rifle is often rail-mounted
Semi-automatic sporting rifles favor compact monoblock optics designed to mount directly to a rail.
Key Specs
What actually matters in a hog-hunting thermal scope
Low base magnification
Roughly 2× to 2.5× is a practical target. Starting wide and zooming in is possible; starting narrow and zooming out is not.
Wide field of view
Wide coverage keeps multiple hogs visible as the sounder breaks and reduces time spent searching after recoil.
50 Hz refresh
A fast refresh rate reduces smear while panning, tracking running animals and moving between targets.
Thermal sensitivity
Lower NETD values help separate hogs from warm grass, wet ground and humid air when contrast is poor.
Rail-ready mounting
A monoblock housing and multi-point prism mount suit semi-automatic rifles and simplify eye-relief adjustment.
Manageable weight
A compact scope preserves carbine balance during long periods of walking, scanning and shouldering the rifle.
Fast battery access
Interchangeable packs and controls that can be operated by touch matter when a battery change happens in darkness.
Picture-in-Picture
PiP magnifies the aiming area while the main display stays wide, preserving awareness of the rest of the sounder.
Reticles and palettes
Multiple colors and shapes keep the reticle visible while palettes support both rapid detection and shot placement.
Profiles and recording
Stored zero profiles support shared optics, while recording documents control work and aids post-hunt review.
Recoil margin
A scope rated well beyond common hog cartridges is less likely to lose zero during repeated shooting.
Waterproofing
Dew, rain, mud and humidity are normal operating conditions. A sealed housing is not optional.
Do not buy by detection range alone. Detection means a heat source is visible. It does not mean the hunter can identify species, evaluate shot angle or make a responsible shot at that distance.
Current specifications
Recommended Pulsar thermal scope comparison
The meaningful differences are base magnification, field of view and thermal sensitivity—not simply detection distance.
| Model | Sensor | Sensitivity | Magnification | FOV at 100 m | Best use |
|---|---|---|---|---|---|
| Talion XQ35 PRO | 384×288 / 17 µm | Sensor NETD <25 mK; system NETD <15 mK | 2.5–10× | 10.7° / 18.2 m | Humid conditions and typical short-to-mid-range sounder work |
| Talion XG35 | 640×480 / 12 µm | Sensor NETD <40 mK; system NETD <20 mK | 2–16× | 12.5° / 21.9 m | Maximum detail and the widest Talion field of view |
| Trail 3 LRF XQ50 | 384×288 / 17 µm | Sensor NETD <25 mK; system NETD <15 mK | 3.5–14× | 7.5° / 13.1 m | Low-contrast conditions when ranging and ballistics are required |
| Trail 3 LRF XR50 | 640×480 / 12 µm | System NETD <18 mK | 3–24× | 8.8° / 15.4 m | Longer shots in open agricultural terrain |
| Thermion 2 LRF XL60 | 1024×768 / 12 µm | System NETD <20 mK | 2.5–20× | 11.7° / 20.5 m | Premium detail on a traditional ring-mounted rifle |
Published figures describe controlled test conditions. Battery life, detection distance and image quality vary with temperature, recording, wireless use, humidity, target size and background.
Match the optic to the property
Which Pulsar thermal scope fits your hog hunt?
Talion XQ35 PRO
Best for feeders, creek bottoms, brush lines and humid Southern fields. Its 2.5× base remains wide enough for sounder work, while its sensitivity helps when warm air and wet ground flatten the scene.
Talion XG35
A 640×480 sensor, 2× base magnification and 21.9 meters of field width at 100 meters suit larger fields, cooler weather and hunters who prioritize image detail.
Trail 3 LRF
Best when a property genuinely produces long shots. Integrated ranging and ballistic tools reduce uncertainty, but the higher base magnification narrows the view.
Thermion 2 LRF XL60
Combines a 1024×768 sensor, 2.5× base magnification, 20.5 meters of field width at 100 meters and integrated rangefinding. It is the strongest all-around choice when price, size and scope-ring mounting are acceptable.
Krypton 2
Mounts in front of a day scope and preserves the rifle’s zero. It can also become a handheld thermal monocular with the compatible eyepiece.
Axion, Telos or Merger
A separate handheld device is close to mandatory for serious hog work. It lets the hunter scan safely without pointing a rifle at everything in view.
Scanning
Thermal Handheld Devices
Scanning a field through a weapon-mounted optic is slow, tiring and unsafe when livestock, property owners or other hunters may be present. A monocular or binocular lets the hunter locate the sounder, evaluate its position and direction of travel, plan an approach and only then bring the rifle into use.
Compact Axion and Telos monoculars favor mobility. Merger binoculars suit long observation periods where two-eye comfort matters. The handheld finds and plans; the riflescope confirms and aims.
Field technique
How to work a sounder with thermal
1. Scan before moving
Use the handheld from a fixed vantage point and identify the entire sounder before committing to an approach.
2. Approach with the wind
Hogs rely heavily on scent. Keep open ground behind the sounder rather than immediate heavy cover.
3. Return to base magnification
Set the riflescope wide before the first shot. Excess zoom commonly costs the second and third opportunities.
4. Plan the shot order
Decide which animal anchors the sequence and where the remaining hogs are most likely to move before firing.
5. Calibrate beforehand
Run a manual calibration before the sequence rather than allowing an automatic interruption at the worst moment.
6. Scan again before approaching
Locate wounded animals and confirm the entire area before walking in. Injured hogs remain dangerous.
Legal and ethical use
Check the rules where you hunt
Regulations governing night hunting, thermal and night vision devices, artificial illumination, semi-automatic firearms, magazine capacity, hunting from vehicles, depredation permits and outfitted hunting vary by state and can change. Confirm current requirements with the responsible wildlife agency and the landowner.
Thermal imaging devices may also be subject to export, transfer and travel restrictions. Review current official guidance before taking equipment across national borders or transferring it to another person.
Frequently asked questions
Hog-hunting thermal scope FAQ
What is the best Pulsar thermal scope for hog hunting?
For maximum overall performance, the Thermion 2 LRF XL60 offers the strongest combination of resolution, field of view, base magnification and integrated ranging. The Talion XQ35 PRO remains the better specialist choice when humidity and low thermal contrast are the dominant problem.
Is a 384×288 thermal sensor enough for hog hunting?
Yes. At common hog-hunting distances, thermal sensitivity, field of view and optical quality can matter more than raw resolution.
What base magnification is best for hog hunting?
Roughly 2× to 2.5× is a practical starting range because it preserves field of view and supports faster reacquisition.
Why is field of view important?
Hogs travel in groups and scatter after the first shot. A wide field of view helps the hunter track movement across the sounder.
Does lower NETD always mean a better scope?
Lower NETD indicates greater thermal sensitivity, but lens quality, processing, display, field of view and resolution also affect the final image.
Do I need a laser rangefinder?
Not for every property. It becomes more valuable on large crop fields and unfamiliar terrain where shots genuinely stretch out.
Should I scan with a weapon-mounted thermal scope?
No. A handheld monocular or binocular is safer, faster and less tiring for scanning.
Can thermal help recover a hog after the shot?
Thermal can help locate a recently downed animal and may reveal warm blood or disturbed vegetation for a limited period, depending on conditions.
Continue the thermal guide
Choose the scope around the hunt—not the largest number on the box.
Learn how sensor resolution, NETD, field of view and detection range interact before comparing the complete Pulsar thermal riflescope lineup.
